New & Used Radioisotope Calibrator

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Year manufactured
Radioisotope Calibrator CRC-15R 132820 - MedWOW

564105866

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Device: Radioisotope Calibrator
Manufacturer: Capintec
Model: CRC-15R
Location: United States, Illinois
Business type: Dealer
Negotiable
2008
Radioisotope Calibrator CRC-10 132825 - MedWOW

924630072

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Device: Radioisotope Calibrator
Manufacturer: Capintec
Model: CRC-10
Location: United States, Illinois
Business type: Dealer
1,600
-
Radioisotope Calibrator Atomlab 100 (34-082) 99043 - MedWOW

144198254

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Device: Radioisotope Calibrator
Manufacturer: Nuclear Associates
Model: Atomlab 100 (34-082)
Location: United States, Georgia
Business type: Dealer
Negotiable
-
Radioisotope Calibrator CRC-10 98499 - MedWOW

214503661

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Device: Radioisotope Calibrator
Manufacturer: Capintec
Model: CRC-10
Location: United States, Georgia
Business type: Dealer
Negotiable
-
Radioisotope Calibrator CRC-25 128741 - MedWOW

793793948

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Device: Radioisotope Calibrator
Manufacturer: MIE
Model: CRC-25
Location: United States, Illinois
Business type: Re-Manufacturing
6,990
-

434553723

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Device: Radioisotope Calibrator
Manufacturer: Capintec
Model: CRC-16
Location: India, Delhi
Business type: Importer
150
-

744222364

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Device: Radioisotope Calibrator
Manufacturer: Capintec
Model: CRC-30
Location: United States, Oklahoma
Business type: Dealer
Negotiable
-

614512251

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Device: Radioisotope Calibrator
Manufacturer: Capintec
Model: CRC-30BC
Location: United States, Oklahoma
Business type: Dealer
Negotiable
-

Radioisotope Calibrator may also be referred to as :

Radiopharmaceutical Calibrator | Radionuclide Dose Calibrator | Radioisotope Dose Calibrator | Radioisotope Calibrator | PET Radioisotope Calibrator | Calibrator, Radiopharmaceutical | Dose Calibrator

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Tips for buying Radioisotope Calibrator

  1. Radioisotope calibrators are used to assay vials and syringes containing radioactive isotopes before administration to patients.
  2. High accuracy and repeatability are two essential characteristics of PET radioisotope calibrators.
  3. Facilities should choose a radionuclide dose calibrator based on the range and type of isotopes that will be assayed and the level of automation required.
  4. The more advanced radioisotope calibrator units offer buyers more calibration factors built-in and more automated documentation features.
  5. Facilities should also consider the amount of built-in lead shielding when purchasing a radioisotope calibrators. Higher energy and higher activity isotopes may require more lead shielding than is built in. Additional shielding with specially designed lead blocks can be added.
  6. The operating environment immensely affects the radionuclide dose calibrator performance. Therefore, buyers are encouraged to evaluate radioisotope calibrator performance on-site for linearity, geometric variation, accuracy, and constancy, and compare the findings with the manufacturer's specifications. These tests should be performed prior to putting a new unit in service, after repair, and at regular intervals.
  7. Sample container, sample position within the well, and sample volume are all responsible for the radionuclide dose calibrator response to differences in sample geometry.
  8. Depending on whether the sample is in a vial or a syringe, the readouts of equal activities can differ. Readings of 125I and 133Xe are known to vary widely, depending on the container used, and usually require a correction factor to compensate for the differences.
  9. Plastic sample holders and deep-well detectors have eliminated the adverse effects of varying sample positions within the well. Deep wells best approximate 4 geometry, the best situation in which the sample is completely surrounded by the sensitive volume of the ionization chamber.
  10. A standard with a long half-life, such as 137Cs, is the best for measuring radioisotope calibrator constancy. Sample readings of the same source taken at 24-hour intervals should agree within 5%.
  11. To determine the PET radioisotope calibrator accuracy, the certified activity of a traceable standard is measured. The average of three consecutive readings should match the certified activity within 5%. Users should repeat the test for standards of various energies.
  12. The overall accuracy depends on the combined accuracy of the detector, the electrometer, the digital readout, and the traceable standard.